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Re-Engineering of Trading Process and Re-
Design for Implementation Electronic Process for
Trading Companies
Zahra Ghorbani Ravand and Salman Salimi Sadr SIFCO Company (Separouk Iranian Farda Procurement Company)
Email: [email protected], [email protected]
Abstract—Indeed, the electronic facilities, on which all
modern system based, plays a basic rule for designing
practical systems for companies’ especially commercial and
trading companies. This paper focuses on trading process
and new facilities and tools for doing trading works through
Internet and the influence of Electronic tools on process. We
first conceptualize main process for a trading company and
based on designed process, suggested electronic system with
considering rules and conditions for e-commerce and
trading companies. We tried to draw a practical system with
supplier-based perspective using interaction approach.
Second, we introduced new electronic tools and facilities in
order to perform process of trading activities and new
approach of development of business relationships, and re-
design process. For evaluation of designed system, we had a
trial in SIFCO as a trading company for steel materials and
assessed the data in result of implementation system and
finally we measured performance of system with
considering two criteria: Time and Accuracy.
Index Terms—trading company, trading process, e-
commerce, re-engineering
I. INTRODUCTION
Standardization and automation of processes are top
priority on larger companies’ e-business agenda.
Establishing a common understanding of collaborative
processes showed the highest productivity gains. The
paper looks at derived requirements and best practices
from a set of hand on examples of trading organization.
Trading is a branch of commerce and is the
combination of procurement and selling. The main
process of trading included Planning, Marketing,
Procurement, Selling and Finance.
First of all, in this article, after evaluation of literature
survey, we draw process of trading and assessment of
process. Then we introduce the new tools and facilities
for improve process in virtual spaces. After that, we re-
engineer the process of trading with help us modern
facilities in virtual space. Finally, we evaluate the e-
process for trading with considering two criteria: Time
and Accuracy.
II. LITERATURE SURVEY
Manuscript received October 17, 2013; revised January 23, 2014.
Trading is an integral part of B2B processes and an
essential part of any organization’s ability to function
effectively but has only recently emerged as an important
topic within the fast-growing B2B e-commerce market
[1]. An e-trade B2B system is an open system that
enables the organization to reach and transact with
suppliers and customers in virtual markets [2].
For many years stock markets were physical locations
where buyers and sellers met and negotiated. [3]
Exchange trading would typically happen on the floor of
an exchange, where traders in brightly colored jackets (to
identify which firm they worked for) would shout and
gesticulate at one another–a process known as open
outcry or pit trading (the exchange floors were often pit-
shaped – circular, sloping downwards to the center, so
that the traders could see one another). With the
improvement in communications technology in the late
20th century, the need for a physical location became less
important and traders started to transact from remote
locations in what became known as electronic trading [3].
Electronic trading made transactions easier to complete,
monitor, clear, and settle and this helped spur on its
development [4]. One of the earliest examples of
widespread electronic trading was on Globex, the CME
Group’s electronic trading platform conceived in 1987
and launched fully in 1992. [5].This allowed access to a
variety of financial markets such as treasuries, foreign
exchange and commodities. The Chicago Board of Trade
(CBOT) [6] and [7] produced a rival system that was
based on Oak Trading Systems’ Oak platform branded ‘E
Open Outcry,’ an electronic trading platform that allowed
for trading to take place alongside that took place in the
CBOT pits. Set up in 1971 [8], NASDAQ was the world's
first electronic stock market, though it originally operated
as an electronic bulletin board [9], rather than offering
straight-through processing (STP) [9].
By 2011 investment firms on both the buy side and sell
side were increasing their spending on technology for
electronic trading. [10] With the result that many floor
traders and brokers were removed from the trading
process. Traders also increasingly started to rely on
algorithms to analyze market conditions and then execute
their orders automatically. [11] The move to electronic
trading compared to floor trading continued to increase
with many of the major exchanges around the world
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Journal of Advanced Management Science Vol. 2, No. 4, December 2014
©2014 Engineering and Technology Publishingdoi: 10.12720/joams.2.4.267-273
moving from floor trading to completely electronic
trading. [12].
Trading in the financial markets can broadly be split
into two groups [13]:
Business-to-business (B2B) trading, often
conducted on exchanges, where large investment
banks and brokers trade directly with one another,
transacting large amounts of securities, and
Business-to-consumer (B2C) trading, where retail
(e.g. individuals buying and selling relatively
small amounts of stocks and shares) and
institutional clients (e.g. hedge funds, fund
managers or insurance companies, trading far
larger amounts of securities) buy and sell from
brokers or "dealers", who act as middle-men
between the clients and the B2B markets [14].
While the majority of retail trading in the United States
happens over the Internet, retail trading volumes are
dwarfed by institutional, inter-dealer and exchange
trading [15]. However, in developing economies,
especially in Asia, retail trading constitutes a significant
portion of overall trading volume. For instruments which
are not exchange-traded (e.g. US treasury bonds), the
inter-dealer market substitutes for the exchange. This is
where dealers trade directly with one another or through
inter-dealer brokers (i.e. companies like GFI Group and
BGC Partners. They acted as middle-men between
dealers such as investment banks) [16]. This type of
trading traditionally took place over the phone but
brokers moved to offering electronic trading services
instead. Similarly, B2C trading traditionally happened
over the phone and, while some still does, more brokers
are allowing their clients to place orders using electronic
systems [17]. Many retail (or "discount") brokers (e.g.
Charles Schwab, E-Trade) went online during the late
1990s and most retail stock-broking probably takes place
over the web now [18].
This knowledge allows for effective negotiations with
suppliers. Organizations should address key functional
areas such as those presented in Fig. 1 [19].
Figure 1. Taxonomy of functions in e-business applications.
The Fig. 1 shows the main categories for designing e-
process based on functional activities. Overall, this chart
is led to categorized organization activities in accepted
way.
III. CASE STUDY
A. Methodological Approach
The case study presented in this paper examines the
analysis of the Trade process and definition of functional
specifications of new e-trade system, undertaken by the
SIFCO Management Department. The objective of the
analysis is the identification of potential problematic
areas and the design of the new process in order to define
the appropriate functional specifications and maximize
the possibilities of a successful implementation of a new
e-Tender system. The methodology was supported by the
use of specialized process modeling and workflow tools
[20]. Both qualitative and quantitative analyses were used
in order to successfully identity the existing problematic
areas. A set of performance indicators was defined
including mean cycle times, transaction volumes
(quantities, values, number of requests and tenders) and
organizational units’ capacities [21]. The results of the
analysis guided to the re-engineering suggestions in three
levels of changes and to the design of the new process
with the use of process charts. The functional
specifications definition was based on the new system
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©2014 Engineering and Technology Publishing
design and the overall findings of the analysis [22]. The methodology followed is presented in Fig. 2.
Figure 2. The methodology for the assessment of the functional specifications.
The Fig. 2 illustrates the methodology for evaluation of
functional which is used in trading process. According to
present status and what we want to design, the gap
recognizes and problematic area specify. After solving
problems, the re-engineering process will be done.
The methodology followed in SIFCO’s procurement
system is not far from what describes as business process
improvement (BPI) [23], emphasizing on quality and
productivity improvement, bureaucracy elimination,
process simplification and processing time reduction.
B. Tender System’s Overview
The Tender process was designed in 5 processes which
are as per below:
Trading Plan (TP);
Marketing;
Finance;
Procurement
Selling.
The Fig. 3 illustrates the relation and interaction
between main processes of trading [24].
Figure 3. The main process of trading.
Fig. 3 demonstrates the main processes for trading
activities and also the relations and interactive.
C. Objectives Definition of the New System
The definition of the required functional specifications
should be in line with a well-defined set of objectives. [25]
The Members of boards of SIFCO and Managing director
should generate these objectives, after taking into account
the critical success factors (CSFs) and the key
Preparation of Trading Plan
Marketing
Finance
Selling
Procurement
• Budgeting and Cash Flow
• By Customer
• By Trader/ Stock or bond
• Contract or PO
• Purchasing
• Manufacturing and Supply
• Guarantees and Services
• Contract or PO
• Shipment and Delivery
• After Sales Services
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©2014 Engineering and Technology Publishing
performance indicators (KPIs) of e-trader systems. Case
studies concerning the introduction of similar systems in
other companies helped in the definition of the following
CSFs:
Time of trading process;
Accuracy of Data and Information.
The above CSFs were coupled by a set of KPIs that
should be monitored [26], the most important of which
are the following:
Efficient processes without excessive idle times;
Existence of monitoring and evaluation systems
that permit the continuous improvement of the
processes;
Adequate training of the employees in order to
enable them takes advantage of the new system;
Tender lead times.
Percentage of purchasing with accepted quality (in
accordance with the predefined technical
specifications).
Productivity of resources (both human resources
and information systems).
Budget accuracy (deviation of the actual
purchasing compared with the related budget).
Cost (including all the relevant cost categories,
together with the cost of the purchased goods or
services).
The combination of the recognized CSFs and KPIs,
supported by the clear vision of the SIFCO’s Managers,
enabled the definition of the objectives of the Tendering
system:
The purchasing of quality goods and integrated
services.
The realization of short activity lead times of the
trading process.
The minimization of cost, such as restrictions in
reducing the workforce, or changing the
organization chart.
D. Analysis of the Existing Tendering Process
The analysis of the existing trading process was the
first stage of the methodology followed. [27] The analysis
focused on two important areas: at first, organizational
structure and then, processes and activities.
Existing organizational structure: The
organizational chart was supported by the
description of the main activities undertaken by
each organizational unit, their staff levels and the
committees held on a regular basis. The Fig. 4
shows the organization units in trading process
accordingly.
The Fig. 4 shows the main partners who are participate
in trading process and their responsibilities.
Figure 4. The organization units in trading process.
Processes and activities: Based on information
collected after the completion of interviews held
with employees of all management levels, past
reports generated by the Planning department
(historical data) and previous analysis on the
trading system, five main processes, 20 sub-
process were identified. The five main processes
are depicted in Fig. 5, which represents the first
level analysis of the trading process. Each process
was further analyzed and was graphically
illustrated with the use of process charts, which in
our case were sub-process charts (second level of
process analysis).
Fig. 5 illustrates the process chart and the sub-process
according to functional categories. Moreover, a detailed
sub-process description was created for each one of the
sub-processes including their objectives, their application
areas, inputs, outputs, the involved departments, the
supporting information systems used for the completion
of the sub-process and a detailed description of the tasks
for each activity of the sub-process (third level of process
analysis) [28].
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©2014 Engineering and Technology Publishing
Figure 5. The sub-process of trading process.
E. Problematic Areas Identification
The new process design was based on the analysis
results and the identification of problematic areas that
could be improved by the introduction of an electronic
system. The basic steps of the analysis of the problematic
areas are the following:
Qualitative analysis based on the tools used in the
process analysis.
Visualization of problems’ causes and effects with
the use of fishbone diagrams.
The most important findings of the qualitative analysis
can be summarized as follows:
Heavy work load at specific organisational units.
Delays due to mistakes at the customer
requisitions.
Iteration of the set of activities of ‘‘delivery of
recommendation’’ and ‘‘consolatory response’’ of
the selling and purchasing Department.
Delays on the technical evaluations of proposals.
Process segmentation into various departments
and committees.
High ratio of checking and controls that causes
delays.
Variations, exceptions and special cases of the
tendering sub-processes.
Issue of multiple copies of the documents.
Extremely large number of documents and
transactions.
Multiple filling (iteration and dissemination of the
information).
Difficulty in searching information from manually
maintained and massive archives.
Deficiency of document standardization.
Same data entry to different applications (mainly
for purchasing and selling).
Manual and iterated data entry to applications.
Information technology supporting a very small
percentage of activities. Most of the activities are
carried out manually.
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The most important findings of the quantitative
analysis can be summarized as follows:
The tender lead times are long. A large percentage
of the delay is due to idle time between the
activities of the process. In particular,
The lead time in the case of the open procedure
procurement is 6–7 months (average value).
The lead time in the case of the restricted
procedure procurement is 11–12 months (average
value).
The maximum values of the procurement process
(both of the open and the restricted procedure)
extend to 2 years’ time.
The sub-processes acting as bottlenecks in the process
are the following:
The technical evaluation which accounts for 40% of
the total tender time in the case of open procedure
procurement.
The pre-selection of suppliers who are invited for
submitting proposals accounts for 54% of the total
tender time in the case of restricted procedure
procurement.
The activities with the longest lead times are the
following:
The examination of suppliers’ requests for
participation to restricted tenders, which accounts
for 24% of the total restricted tender time.
The technical proposals evaluation from the
technical committees, which accounts for 13% of
the total time for open tenders and 8% for
restricted tenders.
One hundred documents (average value) are used
internally and externally in each tender process.
Forty-six thousands documents (average value) are
used for the tenders in 1 years’ time.
F. New Process Design and Expected Benefits
The purpose of the new process design was to improve
the identified problematic areas. Based on the findings
presented above, new process charts and descriptions
were developed for the e-trading model. A summary of
key points that were introduced by the new process is as
follows:
Single location filing.
Electronic document flow and control. This
includes a common database for all the
organizational units and all the sub-process of the
purchasing process, integrated document
management system, automatic information
transfer, authorization and permissions with
different access levels.
Document standardization and simplification.
Rationalization of the number of documents used.
Elimination of non-value-added activities in the
cases where there is no legal constraints.
Information technology support for most of the
activities, but not for all of them.
Reduction of supply costs: The estimation of the
study concerning the existing costs of supply (of
purchased goods) is a 1% cost reduction.
G. Functional Specifications Definition
The design of the new Trading process supported the
definition of the functional specifications of the solution.
The most important features of the specified system are
summarized as follows:
Fully electronic activities of the trading process;
Manual execution of activities where soft issues
are involved (such as negotiations with the
customers and suppliers, qualitative evaluation
and decision taking). In these activities, the e-trade
system will only play a supportive role.
Interaction and communication with the external
entities (governmental agencies, suppliers)
through the Internet. The appropriate authorization
definitions will determine the access of the
external entities into the system.
The tendering process could be carried out in a
decentralized manner by the customers that hold
the largest percentage of the authorized procured
quantities, using sectional tendering sub-systems,
integrated to the central tendering system.
Interfaces with other existing governmental
information systems.
The different solutions of the system cover specific
needs of trading system at present or in the future.
IV. CONCLUSIONS
The structured approach of the study of the SIFCO
trading system, presented in this paper, enabled the
identification of problematic areas and supported the
design of the new e-trade system, facilitating the
definition of the necessary functional specifications for
the selection of the appropriate solution. The
methodology presented in this paper identified and
analyzed three alternative scenarios, which were ranked
according to the degree of the innovation they entail. The
analysis of the prerequisite business processes was
coupled with the design of new processes supported by
new business models of e-trade. The selected
“conservative” scenario was enriched by functionalities
offered by the two or more ‘‘innovative’’ scenarios.
The study revealed the difficulties in reengineering the
SIFCO Company as sample and identified the most
important barriers in the adoption of e-trading business
models. The thorough analysis of the existing legislative
framework was identified to be one of the most important
CSFs in the design of the new trading processes. This
explains the approach followed which placed a large
amount of effort in the careful analysis of the existing
trade process for the design of the new business processes
and the adoption of selected e-business models. The
designed functional specifications express the strategic
view of the SIFCO for the trade of the future, taking into
account the supply chain developments and also
Customer relationship management and the existing
practices in the suppliers and customers all over the world.
The expected benefits of cost reduction, improved
efficiency, effectiveness and absolute transparency will
result from the simplified processes, the electronic
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©2014 Engineering and Technology Publishing
support of the activities, the continuous performance
measurement and the definition of clear roles and
responsibilities. The defined functional specifications
intend to successfully express the specific needs both in
services and change management that will support the
new Process.
The coordinator of trading system will be the SIFCO
responsibilities, while the users (internal customers) will
be the qualified. The suppliers (even SMEs sited outside
the capital) will be encouraged to participate in tenders
with simplified procedures and shorter lead times.
Furthermore, taking into account that procurement and
selling are key areas of the Internal Market, both in terms
of its economic importance and as an instrument of direct
economic influence for Member States’ administrations;
the new Trade system will help in SIFCO competition.
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Zahra Ghorbani Ravand. She was born in 1975
at Kashan, Iran. She has gotten bachelors in Industrial Engineering from Amir Kabir
University at Tehran in 1998 and masters in
Information technology at Tehran in 2005. She has 10 years’ experience in management in
different field such as Project Management,
Procurement Management, Planning Management and Organization Management. She worked as member of board and
HENDIJAN oilfield and Pipeline project manager at GIPCO for more
than three years from 2007 tp 2010. Now, she is managing director at SIFCO (Separouk Iranian Farda Company) for more than 3 years.
Salman Salimi Sadr. He was born in 1985 at
Tehran, Iran. He has gotten bachelors and Masters
in Mechanical Engineering from Azad South Tehran University in 2009. He has more than 7
years’ experience in oil and gas project
management and procurement of steel and piping materials for oil and gas projects. Now, he is
chairman at SIFCO (Separouk Iranian Farda
Company) for more than 3 years.
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©2014 Engineering and Technology Publishing